This week's Biology Seminar Series features Dr. Husniye Kantarci and her talk, "Glial Control of Excitability in the Nervous System". Tuesday at 4pm in BSBE 115, see you there! tx.ag/seminar25

From glass-walled research labs to immersive VR classrooms, the newly approved plans for the Biology Teaching and Research Building (BTRB) will transform how Aggies discover the life sciences. A major step forward for TAMU Biology! TheBattOnline: thebatt.com?p=142406

The Biology Seminar Series today features Dr. Sean Morrison and his talk, "The Hematopoietic Stem Cell Niche and Implications for Clinical Transplantation". Today at 4pm in BSBE 115, see you there! artsci.tamu.edu/biology/rese...

The Biology Seminar Series continues this week with Dr. Karen Maxwell and her talk, "Exploring the Dark Matter of Phage Genomes and Its Role in Antiviral Defense". Tuesday at 4pm in BSBE 115, see you there! tx.ag/seminar25

SPOTTED: Mighty Mitochondria making the rounds before we BTHO Mississippi State! You never know who you’ll run into, here’s Mighty with the Head Combined Drum Major (and Biology Major), Natalie Holder! Mighty also ran into the stellar Aggie Dance Team on the way to the game, WHOOP! #mightymito

The Biology Seminar Series continues this week with Dr. Ann Tarrant with her talk, "Cnidarian Circadian Clocks: Innovation, Conservation, and Emergent Properties". Today at 4pm in BSBE 115, see you there! tx.ag/seminar25

In the Jared Bard Lab, undergraduate Zane Richter '26 studies how cells respond to stress—using tools like flow cytometry to uncover how stress granules shape protein translation. His work has implications for fighting viruses & improving cancer therapies! tx.ag/richter25

This week's Biology Seminar Series Dr. Trevor Sorrell and his talk, "Integration of Host Signals in the Mosquito Brain". This Tuesday at 4pm in BSBE 115, see you there! tx.ag/seminar25

The Biology Seminar Series today features Dr. Lance Johnson and his talk, "Flipping the switch on APOE: AD-relevant effects of E4 replacement with E2". Today at 4pm in BSBE 115, see you there! tx.ag/seminar25

TAMU Biology trainees in the Ramsey Lab shared their latest phage biology discoveries at the international Molecular Genetics of Bacteria & Phages Meeting! They showcased cutting-edge research on how phages interact with and reshape their hosts. tx.ag/V6sxHFT

Stuck on a tough concept with exams coming up? 🤔 Don’t stay stuck, come to the Science Peer Learning Center in Butler 009! Free tutoring + friendly support. Tutor schedules & subjects: tx.ag/splc2025

Did you know you can get course credit for undergraduate research? Research drives the generation of new knowledge in biology, and it's an excellent way to create experiences that can benefit your future career goals! Learn more about undergraduate research in TAMU Biology! tx.ag/uresearchbio

Praise Ajobo ’27 is an undergraduate researcher in the TAMU Biology Jen Dulin Lab, exploring how spinal cord injuries affect reproductive health—an often overlooked challenge for those living with SCI. Read his story! tx.ag/ajobo27

Today's Biology Seminar Series features Dr. James Brozik and his talk, "Stochastic Interactions of Long-and Short-Form Aquaporin-4 in Biometric Assemblies". tx.ag/seminar25

Another Biology tailgate in the books! Mighty Mitochondria made the rounds, along with so many friends of the Department. Thanks to everyone who stopped by! You never really know who you’re going to bump into at a Biology tailgate, and that’s what makes them so much fun.

From corals to jellyfish, marine organisms have unique ways of coping with change. Dr. Marie Strader’s lab in TAMU Biology investigates the biology behind resilience in our oceans. Learn more! tx.ag/strader2025

Mary Gomulak ’28 spent her summer in the Chiricahua Mountains studying lizard behavior with Dr. Courtney Fitzpatrick’s lab in TAMU Biology. Fieldwork, wildlife, & hands-on discovery, all experiences that shaped her path as a scientist. tx.ag/gomulakspotlight

The first week of Fall is almost done, Aggies! Looking for tutoring to get ahead and stay ahead? Check out the Biology Department's Science Peer Learning Center starting next week! tx.ag/splc2025

Congratulations to Michael Awuah, recipient of the 2025 Thomas L. Patterson Graduate Student Fellowship recognizing his outstanding graduate-level research on bacteriophage biology! tx.ag/awuahaward

Truman Gilliam ’27 is blending technology and fieldwork in Dr. Chris Butler’s lab at TAMU Biology, building new tools for conservation, modeling wildlife habitats, and automating ecological research! tx.ag/gilliamspotlight

Meet Mighty Mitochondria, TAMU Biology's newest department ambassador! Mighty had a great time today meeting students and getting ready for classes on Monday! WHOOP!

Enya Hoxha ’27 is breaking new ground in the Ramsey Lab at Texas A&M Biology, discovering novel bacteriophages that infect key model bacteria. Her hands-on research is opening new paths for molecular discovery—and shaping her journey as a scientist! tx.ag/enyaspotlight

This fall, Texas A&M Biology welcomes over 750 new biology students to campus! We’re excited to kick off a year of discovery, learning, & scientific growth with our amazing undergraduate & graduate Aggies. Here’s to a great semester, welcome Aggies! tx.ag/welcome25

Can viruses help fight antibiotic-resistant bacteria? Dr. Jolene Ramsey in TAMU Biology is harnessing bacteriophages, bacterial predators, to develop targeted therapies against dangerous infections. Discover how phage research changes the future! tx.ag/ramsey25

Dr. James Smith’s research in TAMU Biology is uncovering powerful new antimicrobial agents to treat multidrug-resistant infections. By combining discovery with clinical innovation, his work is shaping our fight against these dangerous pathogens! tx.ag/smith25

How does Toxoplasma gondii breach barriers like the placenta to infect the body? Dr. Sangaré’s lab in TAMU Biology is unraveling the molecular tricks this widespread parasite uses to spread and cause disease. Their research could pave the way for new treatments and better protection! tx.ag/sangare25

How does C. difficile know when to attack? The Sorg Lab at Texas A&M Biology is uncovering how this gut pathogen senses chemical signals and times its infections. Their research could lead to new ways to prevent and treat antibiotic-associated disease! tx.ag/sorgRI25

PVAMU students recently wrapped up the NIH-funded GREAT Summer Research Program in TAMU Biology, gaining hands-on experience in genomics, mentorship, and career development. Thanks to all who supported these future scientists! tx.ag/biosummer25

How do tiny cell motors and tree pests connect? The Qin Lab in TAMU Biology is tackling big questions, from lung health & plant protection to nanoscale engineering. Their research blends biology and innovation to solve real-world problems! tx.ag/qinlab25

Congratulations to Dr. Marie Strader, recipient of the NSF CAREER award! Her groundbreaking research in TAMU Biology explores how jellyfish adapt and thrive in changing environments, while her innovative teaching and outreach inspire the next generation of scientists. tx.ag/stradernsf25

What does it take to be a virus hunter? Dr. Ben Neuman in TAMU Biology uncovers the hidden world of viruses, from classifying new pathogens to revealing how they shape our lives. Discover how his research is changing what we know about the viral universe: tx.ag/neuman25

Texas A&M Biology Alumna Dr. Ashley Hudson is leading the way in developing new oral treatments for obesity and rare metabolic diseases. Her journey from Aggieland to biotech innovation highlights the global impact of Aggie-trained scientists! tx.ag/hudson25

How do our internal clocks shape health, and what happens when they break? Dr. Jerome Menet’s lab in TAMU Biology studies the genes that set our body’s rhythms, revealing connections to sleep, metabolism, & disease. Discover why circadian timing matters: tx.ag/menet25

How do internal clocks drive the “butterfly effect” behind monarch migration? In the Merlin Lab at TAMU Biology, researchers study how circadian clocks in monarchs’ antennae keep their journeys perfectly timed. tx.ag/merlin25

How can we repel harmful immune cells to treat disease? The Gomer Lab in TAMU Biology have discovered new chemorepulsion mechanisms that could help clear neutrophils from the lungs in Acute respiratory distress syndrome (ARDS). tx.ag/P91fRyi

Congratulations to Austen Ehrie, recipient of the 2025 Lawrence S. Dillon Distinguished Graduate Student Award! Honored for his outstanding research and remarkable dedication to teaching, Austen truly exemplifies excellence in TAMU Biology! tx.ag/ehrieaward

Congratulations to Kendall Austin and Ashton Funk, recipients of the 2025 Ryan Tannehill Student-Athlete Excellence Award! We're proud to honor these exceptional Biology majors for their hard work, leadership, and commitment to both academics and athletics. tx.ag/25awards

Congratulations to Ph.D. candidate Ankura Sitaula, recipient of the 2025 Roozbeh Arianpour Endowed Memorial Scholarship at TAMU Biology. Recognized for her neurobiology research and outstanding mentorship, Sitaula exemplifies excellence and leadership! tx.ag/1dWXja7

How does the brain’s internal clock keep our bodies in sync with day and night? Dr. Jeff Jones in TAMU Biology is uncovering how the SCN, our central circadian timekeeper, shapes everything from sleep to metabolism! tx.ag/jones25

Thousands of community observations reveal that upside-down jellyfish are now living farther north in Florida. TAMU Biology researchers used community data to track this expansion, showing how public science helps monitor changes in coastal marine life! tx.ag/strader25

What if stopping deadly scar tissue is possible? At TAMU Biology, Dr. Richard Gomer studies how to calm the body’s wound-healing response, aiming for new treatments for fibrosing diseases like pulmonary fibrosis and heart failure! Discover more: tx.ag/gomer25

How does loneliness impact the brain and body? Dr. Wanhe Li at TAMU Biology uses fruit flies to reveal how social isolation affects sleep, metabolism, and disease risk. Her research works on the biology behind long-term health effects of emotional stress! tx.ag/Li2025

Why do some bacterial infections resist antibiotics? Dr. Angela Mitchell in TAMU Biology studies how gram-negative bacteria strengthen their outer membrane, making them tough to treat. Her research could pave the way for treatments against drug-resistant infections! tx.ag/mitchell25

How do fruit flies reveal secrets about metabolism, immunity, and aging? Dr. Jason Karpac’s research at TAMU Biology uncovers how ancient genetic networks shape our ability to stay healthy as we grow older! Read more about his groundbreaking work: tx.ag/karpac25

Neurons get the fame, but cells called astrocytes are often the brain’s unsung heroes. At TAMU Biology, Dr. Isabella Farhy-Tselnicker is uncovering how these star-shaped cells shape our thoughts—and what happens when they don’t. tx.ag/farhy25

A new study from TAMU Biology's Dr. Mahul Chakraborty Lab uncovers how changes in mosquito DNA are helping Anopheles stephensi (a dangerous malaria-spreading mosquito) to adapt, resist insecticides, and invade new areas. tx.ag/xMOCvUj

C. difficile may not be a household name, but it’s a major threat in hospitals, causing severe, often recurring infections. At TAMU Biology, Dr. Joseph Sorg is uncovering how its spores awaken in the gut, paving the way for smarter, targeted prevention! tx.ag/sorg25

Resetting the Clock: Dr. Deborah Bell-Pedersen at TAMU Biology is uncovering how fungi reveal secrets of our circadian rhythms—down to how accurately proteins are made. Her work could unlock new paths to healthier aging and better treatments: tx.ag/CmXyDAz

At the intersection of cancer biology, AI, and nanotech, Dr. Tapasree Roy Sarkar’s lab in TAMU Biology is decoding how cancer spreads. By targeting EMT—the engine of metastasis—they aim to stop cancer’s deadliest move before it starts. tx.ag/roysarkar25

Spinal cord injuries often mean lifelong paralysis, but in TAMU Biology, Dr. Jen Dulin is working to change that. Her lab studies how to rebuild damaged neural circuits and restore lost function after injury. Hope through science: tx.ag/dulin25